Space Forge Inc., a semiconductor company manufacturing in microgravity, has signed a strategic Memorandum of Understanding (MoU) with United Semiconductors LLC, a leading specialist in bulk crystal growth of III-V semiconductor compounds. The agreement formalizes collaborative efforts that began over a year ago, aiming to develop commercially viable space-based semiconductor materials for applications in quantum computing, power electronics, sensors, and display technologies.
The partnership combines Space Forge’s advanced microgravity materials deposition technology with United Semiconductors’ established expertise in ternary III-V crystal growth and wafer processing. By leveraging complementary capabilities, the collaboration seeks to establish clear development pathways and market applications for space-manufactured semiconductors, potentially demonstrating their economic viability at commercial scale.
Under the MoU, Space Forge will design and develop advanced materials deposition processes and equipment compatible with its ForgeStar platform. United Semiconductors will contribute its proven crystal growth techniques, design specialized equipment for in-space manufacturing environments, identify suitable materials for microgravity production, and perform comprehensive wafer processing and testing. The collaboration is expected to accelerate joint projects for end customers in high-tech markets.
Michelle Flemming, President of Space Forge Inc., said, “This partnership marks an exciting evolution in our mission to establish a robust U.S. semiconductor manufacturing footprint that onshores reliable and resilient supply chains. By combining our terrestrial and microgravity manufacturing capabilities with United Semiconductors’ deep expertise in crystal growth and wafer processing, we’re creating a powerful collaboration that can demonstrate the commercial viability of space-based semiconductor production.”
Dr. Geeta Rajagopalan, President and CEO of United Semiconductors LLC, added, “This partnership brings together key technical expertise essential for the rapid development of semiconductor materials manufacturing in space and its potential commercialization for next-generation terrestrial and space microelectronics. A robust commercial space economy in low-Earth orbit will stimulate sustainable non-NASA utilization of future commercial orbital platforms, assisting the U.S. industry in maintaining leadership across critical technology sectors.”
The collaboration reflects growing momentum in commercial space manufacturing and responds to rising demand for ultra-high quality semiconductor substrates needed in quantum computing, telecommunications, and advanced electronics. By integrating microgravity-enabled deposition with established crystal growth and wafer processing, the partnership aims to deliver high-performance semiconductor materials that could unlock new capabilities for next-generation technologies.
Over the coming months, Space Forge and United Semiconductors plan to develop specific project frameworks with strategic long-term customers, further solidifying pathways from space-based materials production to terrestrial applications.
